Australian Team Develops Ultra-Thin Membrane for Proton Transport in Water-Free Environments, Overcoming High-Temperature Fuel Cell Barrier

A team of engineers at Australia's Monash University has developed a novel ultrathin membrane that, for the first time, enables continuous proton conduction in anhydrous (water-free) environments. This technology allows fuel cells to operate efficiently and stably at higher temperatures, overcoming a key bottleneck that has long hindered their performance improvement. The findings have been published in the latest issue of the journal Science Advances. This breakthrough is expected to significantly expand the application of fuel cells in transportation, heavy industry, and future clean energy systems.